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What Search Engines did People Use before Google?


Babatunde Oladogba - January 10, 2021 - 0 comments

What were the search engines before google?

The pre-web internet as we no it today was not searchable until later 1980s. Some of the earlier search tools are Archie, Jumpstation, Veronica, Gopher and so on.

The advent of the World Wide Web in the early 1990s revolutionized how information was shared and accessed. It created a need for efficient ways to navigate the web. Before Google became the ubiquitous search engine it is today, numerous other search engines and directory services helped in shaping the early internet, even though they were not advance.

Search Engine Before Google

1. Archie:

Archie was the first known search engine. It was created in 1990 by Alan Emtage, a student at McGill University in Montreal, Canada, is often considered the first internet search engine. Unlike modern search engines, Archie did not index web pages; instead, it indexed FTP (File Transfer Protocol) sites. Users could search for file names and locate where files were stored on various servers.

2. Gopher:

It was developed in 1991 by Mark McCahill and his team at the University of Minnesota. Gopher was more advanced and it was a distributed document search and retrieval network protocol. Gopher allowed users to browse and search for text files stored on different servers using a hierarchical menu system. Although Gopher was not a search engine per se, it provided a structured way to access information before the advent of the World Wide Web. Its influence on early internet navigation was profound as it offered a glimpse into organized digital information retrieval.

3. Veronica and Jughead:

Veronica built on the Gopher protocol. Veronica (Very Easy Rodent-Oriented Net-wide Index to Computerized Archives) and Jughead (Jonzy’s Universal Gopher Hierarchy Excavation And Display) were search tools developed in the early 1990s. Veronica indexed the titles of Gopher directories, enabling keyword searches, while Jughead allowed users to search specific Gopher servers. These tools enhanced the usability of the Gopher system, making it easier to find specific documents within the vast Gopher space.

these early tools wold lead to the emergence of web based search engines

The Emergence of Web-Based Search Engines

4. World Wide Web Wanderer:

It was one of the one of the first web crawlers. It was developed in1993 by Matthew Gray, a student at the Massachusetts Institute of Technology (MIT). This tool aimed to measure the growth of the web by automatically navigating and indexing web pages. Although its primary purpose was to gather statistical data, the World Wide Web Wanderer laid the foundation for future search engines by demonstrating the feasibility of automated web crawling.

5. JumpStation:

JumpStation was the first WWW search engine that behaved, and appeared to the user, the way current web search engines do. It started indexing on 12 December 1993 and was announced on the Mosaic “What’s New” webpage on 21 December 1993.

JumpStation was launched by Jonathon Fletcher at the University of Stirling in Scotland. Unlike its predecessors, JumpStation utilized three key components: a web crawler to traverse and index web pages, an indexer to store and organize the collected data, and a search interface allowing users to query the index.

JumpStation’s crawler, named “World Wide Web Wanderer,” automatically navigated the web, collecting URLs and basic textual information. This data was then indexed and made searchable through a simple, text-based interface. Although rudimentary by today’s standards, JumpStation marked a significant advancement from manually maintained directories like the early Yahoo! directory.

Despite its groundbreaking approach, JumpStation faced limitations. It struggled with scaling issues due to limited server resources and bandwidth. Moreover, it only indexed page titles and headings, offering less comprehensive search results compared to later search engines.

JumpStation would eventulay cease operation in 1994. However, its innovative use of automated web crawling and indexing set the stage for more advanced and sophisticated search technologies, leading to the development of well-known search engines like AltaVista, Yahoo!, and ultimately, Google.

6. WebCrawler:

It was introduced in 1994 by Brian Pinkerton at the University of Washington. It was the first search engine to index the full text of web pages. This innovation allowed users to search for any word within a web page, which vastly improving search relevancy and comprehensiveness. WebCrawler quickly gained popularity and was acquired by AOL in 1995. It set a new standard for search engines and influenced the development of subsequent platforms.

7. Lycos:

Lycos was also launched in 1994. It was developed as a research project at Carnegie Mellon University by Michael Loren Mauldin. Lycos introduced several innovative features, including advanced search algorithms and relevance ranking. It quickly evolved into a commercial service and became one of the most popular search engines of the mid-1990s. Lycos’s success demonstrated the commercial viability of search engines and attracted significant investment in the sector.

The Expansion of Search Engines

8. Yahoo!:

Yahoo! began as a web directory created by Jerry Yang and David Filo in January 1994. It was initially called “Jerry and David’s Guide to the World Wide Web. The directory categorized websites into hierarchical categories, making it easier for users to find information. As Yahoo! grew, it transitioned into a full-fledged portal, incorporating a search engine powered by Inktomi’s technology in 1996. Yahoo!’s blend of directory and search functionalities made it a dominant player in the early internet era.

9. AltaVista:

AltaVista was launched by the end of 1995 by Digital Equipment Corporation. It revolutionized web search with its powerful search engine and user-friendly interface. It technology allowed for fast and comprehensive indexing of web pages, supporting complex search queries and advanced features such as natural language search and image search. Its innovative approach to search technology set new industry standards and attracted millions of users, which made AltaVista one of the most popular search engines of its time.

10. Excite:

Excite was developed by six Stanford University students and launched in 1995. It was a comprehensive search engine and web portal. It featured advanced search algorithms, personalized content, and a range of services such as email, news, and chat. Excite’s innovative approach to integrating search with a variety of web services also attracted a large user base and significant investment. This positioned it as a major player in the pre-Google search engine.

11. HotBot:

HotBot was also launched in May 1996 by Wired magazine. It utilized Inktomi’s search technology to offer a powerful and efficient search experience. HotBot was known for its advanced search features, including Boolean operators and customizable search filters. Its user-friendly interface and robust search capabilities made it a popular choice among early internet users.

12. Ask Jeeves:

Ask Jeeves was a unique search engine that allowed users to submit queries in natural language. it was developed by Garrett Gruener and David Warthen introduced in 1996. Ask Jeeves featured a virtual butler named “Jeeves” who provided answers to questions and guided users to relevant web pages. This user-centric approach to search, combined with advanced algorithms, made Ask Jeeves a popular tool for finding information on the web.

The Rise of Google

By the late 1990s/ early 2000s, the early serch engine began to decline as Google emerged as the dominant player. Google was founded in 1998 by Larry Page and Sergey Brin. It introduced a revolutionary search algorithm called PageRank, which ranked web pages based on their relevance and authority. This unique innovatio lead to its rapid growth and eventual dominance in the search engine market.

However, several factors contributed to the decline of early search engines which includes:

  1. Technological Advancements: Google’s PageRank algorithm and superior search technology outperformed existing search engines, providing more accurate and relevant results.
  2. User Experience: Google’s simple, uncluttered interface contrasted with the increasingly complex and ad-laden interfaces of other search engines, enhancing user satisfaction.
  3. Business Strategy: Google’s innovative business model, including its AdWords advertising platform, generated significant revenue and allowed for continuous investment in search technology.
  4. Acquisitions and Consolidations: Many early search engines were acquired by larger companies and integrated into broader web portals, leading to a loss of focus on search technology and declining user satisfaction.